Phytoplankton distributions in Long Island and Block Island Sounds measured during a 1978 fall equinox cruise are interpreted in terms of tidal mixing variations and water column stratification. A stratification depth-scaled-by-light diagram is used to quantify the preferred physical environments of the two major morphological groups (diatoms and microflagellates). The success of the method in clearly distinguishing these physical regimes suggests its value as a useful biological growth index in estuarine systems
Estuaries are extensive habitats that are vulnerable to rising sea levels; a detailed understanding ...
The occurrence of vertical nutrient mixing in central Long Island Sound was simulated for the period...
This paper examines the kinematics of the horizontal motion induced in marine plankton which undergo...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
A decade of observation in South San Francisco Bay demonstrates that estuarine phytoplankton biomass...
A coupled model, employing turbulence closure physics and cell-quota threshold limitation biology, h...
Computer programs are used to analyze some possible interactions between phytoplankton and semidiurn...
A two-dimensional (x,z) coupled physical-biological model of the plankton on Georges Bank during the...
As part of a multidisciplinary program to study the physical-biological interactions regulating carb...
Analysis of detailed time series of bio-optical and temperature data from the North Sea supports the...
A one-dimensional flow model which accounts for turbulence and stratification in the upper ocean has...
The marine plankton diatom, Skeletonema costatum, was isolated from local waters and cultured in enr...
Spatial heterogeneity of ecological variables is recognized as an important stabilizing factor for e...
Author Institution: Old Dominion College, Norfolk, VirginiaEight sets of water samples were taken to...
A simple Nutrient-Phytoplankton-Zooplankton (NPZ) model was coupled with the non-hydrostatic Finite-...
Estuaries are extensive habitats that are vulnerable to rising sea levels; a detailed understanding ...
The occurrence of vertical nutrient mixing in central Long Island Sound was simulated for the period...
This paper examines the kinematics of the horizontal motion induced in marine plankton which undergo...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
A decade of observation in South San Francisco Bay demonstrates that estuarine phytoplankton biomass...
A coupled model, employing turbulence closure physics and cell-quota threshold limitation biology, h...
Computer programs are used to analyze some possible interactions between phytoplankton and semidiurn...
A two-dimensional (x,z) coupled physical-biological model of the plankton on Georges Bank during the...
As part of a multidisciplinary program to study the physical-biological interactions regulating carb...
Analysis of detailed time series of bio-optical and temperature data from the North Sea supports the...
A one-dimensional flow model which accounts for turbulence and stratification in the upper ocean has...
The marine plankton diatom, Skeletonema costatum, was isolated from local waters and cultured in enr...
Spatial heterogeneity of ecological variables is recognized as an important stabilizing factor for e...
Author Institution: Old Dominion College, Norfolk, VirginiaEight sets of water samples were taken to...
A simple Nutrient-Phytoplankton-Zooplankton (NPZ) model was coupled with the non-hydrostatic Finite-...
Estuaries are extensive habitats that are vulnerable to rising sea levels; a detailed understanding ...
The occurrence of vertical nutrient mixing in central Long Island Sound was simulated for the period...
This paper examines the kinematics of the horizontal motion induced in marine plankton which undergo...